A set of steps that engineers follow to solve a problem is called an engineering process. It is highly iterative, and parts of the process may be repeated numerous times in the course of a single project. The steps that are repeated may be framed and articulated differently.

The first step is researching. This includes finding information in order to determine needs and understanding the limitations. It is an essential part of the engineering design process, since it helps engineers find the best solution for an issue.

Once researchers have enough information, they can begin brainstorming ideas to solve the issue. This can be done a variety of ways, and is where engineering creativity really thrives. This is also where potential solutions are analyzed and evaluated. This could more info here involve simulation studies, creating decision matrixes, and even building prototypes for comparison.

This involves students choosing the most appealing idea and then putting together an idea for its development. Students then build the prototype using the materials specified and test it to ensure it meets their requirements for performance. Students may have to test and modify their prototype to ensure that it performs exactly as they intended.

This is a great way to teach students about the importance of problem solving and iteration. It is common for engineers to come up with a solution, test it and then discover a new problem that they need to address. This process is repeated until the engineer has a solution that meets their expectations.